(i) Combustion of Benzene produces carbon rich sooty flame. Standard Hydrogen Electrode (SHE) is used to measure standard potential of electrodes. (ii)

Chemistry
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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I want Q1 (i) and (ii)
Q1 (a) Read the following sentences carefully and briefly justify the answer:
(i)
Combustion of Benzene produces carbon rich sooty flame.
(ii)
Standard Hydrogen Electrode (SHE) is used to measure
standard potential of electrodes.
(ii)
Water boiling in a steel bowl is an open thermodynamic system.
(iv)
22.4 liter O2 gas at STP will have 6.023x1023 O2 molecules.
Q2 (a) Explain why KCI is an ideal salt to be used in salt bridge.
(b) Draw and describe the Cu-Zn electrochemical cell with both half-cell
reactions.
(c) Why the IUPAC name of C2H6 is Ethane?
(d) Consider a mixture of 2g NaCl and 4g KCI. Calculate mole fraction of
both species.
(e) Differentiate between H3PO, and H2C2O4.
Q3 (a) Determine the mass of Al2(SO.)3 required to prepare 0.01N solution in
Transcribed Image Text:Q1 (a) Read the following sentences carefully and briefly justify the answer: (i) Combustion of Benzene produces carbon rich sooty flame. (ii) Standard Hydrogen Electrode (SHE) is used to measure standard potential of electrodes. (ii) Water boiling in a steel bowl is an open thermodynamic system. (iv) 22.4 liter O2 gas at STP will have 6.023x1023 O2 molecules. Q2 (a) Explain why KCI is an ideal salt to be used in salt bridge. (b) Draw and describe the Cu-Zn electrochemical cell with both half-cell reactions. (c) Why the IUPAC name of C2H6 is Ethane? (d) Consider a mixture of 2g NaCl and 4g KCI. Calculate mole fraction of both species. (e) Differentiate between H3PO, and H2C2O4. Q3 (a) Determine the mass of Al2(SO.)3 required to prepare 0.01N solution in
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